About

My unwavering passion for unraveling the intricate fabric of the universe through theoretical physics fuels my desire to pursue a Ph.D., where I aim to make meaningful contributions that push the boundaries of knowledge in this captivating field. I have a GPA for my master’s degree of 7.29 which places me among the top 2% of students. I have written 7 papers, out of which 4 have been published in prestigious journals. I have two years of research experience working on string theory. string field theory, topological field theory, and information theory. I currently work as a Junior Scientist for the Canadian Quantum Research Centre .

Skills

  • Administration
  • Business Development
  • Data Science
  • Education
  • Teaching

Recommendations

Raja Nisar

 8/6/2024
9

"I strongly believe that Mr Arshad has great passion for research in th field of theoretical Physics in general and and string field theory in particular. I strongly recommend him to join the research group to pursue his pation and wish him all the best for his future endeavors.
"

Experience

Arshid Lone

Education
  • String field theory, topological quantum field theory

Arshid Lone

Education
  • 5d Chern-Simons Theory with Boundaries
  • We are working on the topic of 5D noncommutative Chern-Simons theory, as proposed by Costello
  • to describe M-theory in an Ω-background, with a boundary or interface. One idea is to explore the
  • M-theory interpretation of including a boundary or an interface. As for the 3D Chern-Simons theory,
  • we must impose boundary conditions or add boundary degrees of freedom to preserve the gauge
  • symmetry. We are exploring the latter case with a 4d noncommutative WZW model. There are
  • some similarities to the setup discussed by Oh and Zhou, where they described the operator algebra.
  • In this case, we are exploring We also expect a Yangian structure from the 4D chiral WZW model.
  • 5d Chern-Simons Theory as a 4d Toda Theory, and non-BPS Domain Walls
  • We are working on a five-dimensional Chern-Simons theory that describes twisted M-theory, with
  • Nahm pole-type boundary conditions, dual to a boundary theory that is a four-dimensional analogue
  • of Toda theory with a 4D W-algebra symmetry. The embedding of five-dimensional Chern-Simons
  • theory in the geometric Langlands-type twist of the six-dimensional maximally supersymmetric
  • Yang-Mills theory on a manifold with corners, leads to a duality between the four-dimensional Toda
  • theory and a two-dimensional topological sigma model with A-branes on the moduli space of 4d
  • self-dual Yang-Mills equations. This suggests that modules of the 4d W-algebra are modules for the
  • quantized algebra of certain holomorphic functions on the moduli space of 4d Yang-Mills instantons.
  • Boundary Noncommutative Chiral WZW Model in 4D-5D Correspondences
  • We study the features of a 4D noncommutativity Chiral WZW model that we are working on. We
  • also talk about this chiral WZW model’s classical current algebra. Additionally, we will show that
  • this can be viewed as a 5D boundary theory to the noncommutative Chern-Simons theory. Our
  • findings will be extended to the scenario in which the 5D Chern-Simons theory is not topological due
  • to its coupling to matter fields. Boundary conditions in this instance cannot be used to obtain the
  • correspondence. Nevertheless, it can be acquired by extrapolating the outcomes from the 3D–2D
  • connection between a WZW model and Chern-Simons theory.

Arshid Lone

Education
  • November, 2021 - December, 2022
  • Fulltime
  • String Theory

Related persons

Raja Nisar

 8/6/2024
9

"I strongly believe that Mr Arshad has great passion for research in th field of theoretical Physics in general and and string field theory in particular. I strongly recommend him to join the research group to pursue his pation and wish him all the best for his future endeavors.
"